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High-voltage Stacked Residential Storage System

PVB independently designs high-voltage battery storage systems, including the BYES-HV3993 and BYES-HV7833 models.
 
Our residential energy storage system find extensive use in the energy storage sector, compatible with off-grid, and hybrid inverters.
 
Highlights:
High Voltage Stacked Storage System

Featuring safety, reliability, extended service life, easy capacity expansion, attractive design, and simple installation, PVB stacked storage system offers a wide array of advantages.

A small white house with solar panels on its roof
PV+ESS+EV Charger

Fully compatible with EV chargers and PV protection products, PVB stacked storage systems seamlessly integrates to deliver an all-in-one solution for household solar PV, energy storage, and charging.

A small white house with solar panels on its roof
The temperature of the High-voltage Stacked Residential Storage System is marked
Wide Discharging Temperature Range

The stacked storage system operates efficiently within a temperature range of -10°C to 55°C.

High-voltage Stacked Residential Storage System
A-Grade LiFePO4

A-grade LiFePO4 cells offer enhanced safety and longer battery cycle life, capable of up to 6000 cycles at 80% DOD.

The temperature of the High-voltage Stacked Residential Storage System is marked
Wide Discharging Temperature Range

The stacked storage system operates efficiently within a temperature range of -10°C to 55°C.

A-Grade LiFePO4

A-grade LiFePO4 cells offer enhanced safety and longer battery cycle life, capable of up to 6000 cycles at 80% DOD.

High-voltage Stacked Residential Storage System

Product Specs

Parameters

Number of Battery Packs

1

Rated Capacity

3.99KWH

Cell Specification

52ah LiFePO4

Rated Voltage

76.8V

Charging Temperature Range

0-55°C

Discharging Temperature Range

-10-55°C

Storage Temperature

-20-55°C(optimal: 0-35°C)

Dimensions (WDH) mm

560*170*700

Continuous Charge/Discharge Current

26A

Maximum Charge/Discharge Current

52A

Cycle Life

5000(0.2C, 80% DOD, 25±2°C)

Communication

CAN/RS485

Weight

60KG

Relative Humidity

<95%(Non-condensing)

Protection Level

IP54

Cooling Method

Natural Cooling

Altitude

<2000m

Standards

IEC62619 UN38.3

Parameters

Number of Battery Packs

2

Rated Capacity

7.98KWH

Cell Specification

52ah LiFePO4

Rated Voltage

153.5V

Charging Temperature Range

0-55°C

Discharging Temperature Range

-10-55°C

Storage Temperature

-20-55°C(optimal: 0-35°C)

Dimensions (WDH) mm

560*170*1100

Continuous Charge/Discharge Current

26A

Maximum Charge/Discharge Current

52A

Cycle Life

5000(0.2C, 80% DOD, 25±2°C)

Communication

CAN/RS485

Weight

95KG

Relative Humidity

<95%(Non-condensing)

Protection Level

IP54

Cooling Method

Natural Cooling

Altitude

<2000m

Standards

IEC62619 UN38.3

Parameters

Number of Battery Packs

3

Rated Capacity

11.97KWH

Cell Specification

52ah LiFePO4

Rated Voltage

230.4V

Charging Temperature Range

0-55°C

Discharging Temperature Range

-10-55°C

Storage Temperature

-20-55°C(optimal: 0-35°C)

Dimensions (WDH) mm

560*170*1500

Continuous Charge/Discharge Current

26A

Maximum Charge/Discharge Current

52A

Cycle Life

5000(0.2C, 80% DOD, 25±2°C)

Communication

CAN/RS485

Weight

130KG

Relative Humidity

<95%(Non-condensing)

Protection Level

IP54

Cooling Method

Natural Cooling

Altitude

<2000m

Standards

IEC62619 UN38.3

Parameters

Number of Battery Packs

4

Rated Capacity

15.96KWH

Cell Specification

52ah LiFePO4

Rated Voltage

307.2V

Charging Temperature Range

0-55°C

Discharging Temperature Range

-10-55°C

Storage Temperature

-20-55°C(optimal: 0-35°C)

Dimensions (WDH) mm

560*170*1900

Continuous Charge/Discharge Current

26A

Maximum Charge/Discharge Current

52A

Cycle Life

5000(0.2C, 80% DOD, 25±2°C)

Communication

CAN/RS485

Weight

165KG

Relative Humidity

<95%(Non-condensing)

Protection Level

IP54

Cooling Method

Natural Cooling

Altitude

<2000m

Standards

IEC62619 UN38.3

Parameters

Number of Battery Packs

1

Rated Capacity

7.83KWH

Cell Specification

102ah LiFePO4

Rated Voltage

76.8V

Charging Temperature Range

0-55°C

Discharging Temperature Range

-10-55°C

Storage Temperature

-20-55°C(optimal: 0-35°C)

Dimensions (WDH) mm

830*170*730

Continuous Charge/Discharge Current

52A

Maximum Charge/Discharge Current

102A

Cycle Life

6000(0.2C, 80% DOD, 25±2°C)

Communication

CAN/RS485

Weight

85KG

Relative Humidity

<95%(Non-condensing)

Protection Level

IP54

Cooling Method

Natural Cooling

Altitude

<2000m

Standards

IEC62619 UN38.3

Parameters

Number of Battery Packs

2

Rated Capacity

15.66KWH

Cell Specification

102ah LiFePO4

Rated Voltage

153.5V

Charging Temperature Range

0-55°C

Discharging Temperature Range

-10-55°C

Storage Temperature

-20-55°C(optimal: 0-35°C)

Dimensions (WDH) mm

830*170*1130

Continuous Charge/Discharge Current

52A

Maximum Charge/Discharge Current

102A

Cycle Life

6000(0.2C, 80% DOD, 25±2°C)

Communication

CAN/RS485

Weight

145KG

Relative Humidity

<95%(Non-condensing)

Protection Level

IP54

Cooling Method

Natural Cooling

Altitude

<2000m

Standards

IEC62619 UN38.3

Parameters

Number of Battery Packs

2

Rated Capacity

15.66KWH

Cell Specification

102ah LiFePO4

Rated Voltage

153.5V

Charging Temperature Range

0-55°C

Discharging Temperature Range

-10-55°C

Storage Temperature

-20-55°C(optimal: 0-35°C)

Dimensions (WDH) mm

830*170*1130

Continuous Charge/Discharge Current

52A

Maximum Charge/Discharge Current

102A

Cycle Life

6000(0.2C, 80% DOD, 25±2°C)

Communication

CAN/RS485

Weight

145KG

Relative Humidity

<95%(Non-condensing)

Protection Level

IP54

Cooling Method

Natural Cooling

Altitude

<2000m

Standards

IEC62619 UN38.3

Parameters

Number of Battery Packs

2

Rated Capacity

15.66KWH

Cell Specification

102ah LiFePO4

Rated Voltage

153.5V

Charging Temperature Range

0-55°C

Discharging Temperature Range

-10-55°C

Storage Temperature

-20-55°C(optimal: 0-35°C)

Dimensions (WDH) mm

830*170*1130

Continuous Charge/Discharge Current

52A

Maximum Charge/Discharge Current

102A

Cycle Life

6000(0.2C, 80% DOD, 25±2°C)

Communication

CAN/RS485

Weight

145KG

Relative Humidity

<95%(Non-condensing)

Protection Level

IP54

Cooling Method

Natural Cooling

Altitude

<2000m

Standards

IEC62619 UN38.3

FAQs About High Voltage Stacked Storage Systems

A high-voltage stacked storage system is an advanced energy storage solution designed for residential use. It consists of multiple battery modules stacked together to provide higher voltage and capacity. This system is capable of storing energy generated from renewable sources like solar panels or wind turbines, allowing homeowners to use clean energy whenever needed.
High-voltage stacked storage systems offer several benefits to homeowners. Firstly, they provide backup power during grid outages, ensuring uninterrupted electricity supply to critical appliances. Additionally, these systems allow homeowners to store excess energy generated from renewable sources and use it during peak demand periods, reducing electricity bills. Moreover, they contribute to environmental sustainability by promoting the use of clean energy sources and reducing reliance on fossil fuels.
Unlike traditional battery storage solutions, stacked storage systems utilize multiple battery modules stacked together to create a higher voltage and capacity. This allows for more efficient energy storage and greater flexibility in meeting the energy needs of homeowners. The stackable design also makes it easier to expand the storage capacity as needed, providing scalability and adaptability to changing energy demands.
Yes, high-voltage stacked storage systems are designed to seamlessly integrate with existing solar panel installations. By storing excess energy generated from solar panels during the day, homeowners can use it later when the sun is not shining or during peak electricity demand periods. This maximizes the utilization of renewable energy and reduces reliance on grid power, resulting in lower energy costs and a smaller carbon footprint.